Abstract: A wet-cleaning appliance, in particular a wet mop, has a cleaning roller, which is mounted in a rotatable manner about a roller axis, and a roller cover, which encloses the cleaning roller in the circumferential direction, at least in part, and has at least one displaceable covering element for optionally closing and/or releasing an opening region of the roller cover. In order to create a wet-cleaning appliance which, as far as the user is concerned, can be transferred in a particularly convenient and reliable manner from mopping operation to regeneration operation, the displaceable covering element should be coupled to the cleaning roller by a gear mechanism, in particular a toothed gear mechanism, such that the cleaning roller can be displaced by virtue of the covering element being displaced or the covering element can be displaced by virtue of the cleaning roller being displaced.

Abstract: A wet-cleaning appliance, in particular a wet mop, has a cleaning roller, which can be rotated about a roller axis, and having a wetting device for applying a liquid to the cleaning roller. In order to provide for regeneration of the cleaning roller with the best possible result, it is proposed that the wet-cleaning appliance should have a wiper device, in particular a wiper lip, which can be displaced onto the cleaning roller and is intended for assisting in removing liquid and/or dirt from the cleaning roller and/or for assisting in applying liquid to the cleaning roller.

Abstract: A wet-cleaning appliance, in particular a wet mop, has a cleaning roller, which is mounted in a rotatable manner about a roller axis, and a roller cover, which encloses the cleaning roller in the circumferential direction, at least in part, and has at least one displaceable covering element for optionally closing and/or releasing an opening region of the roller cover. In order to create a wet-cleaning appliance which, as far as the user is concerned, can be transferred in a particularly convenient and reliable manner from mopping operation to regeneration operation, the displaceable covering element should be coupled to the cleaning roller by a gear mechanism, in particular a toothed gear mechanism, such that the cleaning roller can be displaced by virtue of the covering element being displaced or the covering element can be displaced by virtue of the cleaning roller being displaced.

Abstract: A wet-cleaning appliance, in particular a wet mop, has a cleaning roller, which can be rotated about a roller axis, and having a wetting device for applying a liquid to the cleaning roller. In order to provide for regeneration of the cleaning roller with the best possible result, it is proposed that the wet-cleaning appliance should have a wiper device, in particular a wiper lip, which can be displaced onto the cleaning roller and is intended for assisting in removing liquid and/or dirt from the cleaning roller and/or for assisting in applying liquid to the cleaning roller.

Abstract: A remote monitoring system for telecommunication enclosures includes a low profile or flush mounted sealed transceiver or antenna unit, an electronic module inside of the enclosure electrically connected to the transceiver and a communication device to send signals to the electronic module through the transceiver. The sealed housing generally comprises a portion extending through the exterior surface of the enclosure. In some embodiments, the transceiver may include a radio frequency antenna, a photoelectric cell, a light sensor or an infrared sensor, and the communication device may be a handheld device, a transponder, or a networked computer.

Abstract: A sealed housing (10) accommodates at least one electric or electronic component (12, 14), and has a portion (20) extending through the mounting surface, as well as a rotation preventor (16, 28) preventing rotation of the housing (10) relative to the mounting surface. A kit of parts includes at least one such housing (10) and at least one spacer (18). A combination of the housing or kit of parts and a door, preferably of a cabinet or an installation room, or a cabinet in the field of telecommunications having the mounting surface is described. A use of a friction enhancing element, preferably an O-ring, for mounting a housing to a mounting surface in a non-rotatable manner is also described.

Abstract: A sealed housing (10) accommodates at least one electric or electronic component (12, 14), and has a portion (20) extending through the mounting surface, as well as a rotation preventor (16, 28) preventing rotation of the housing (10) relative to the mounting surface. A kit of parts includes at least one such housing (10) and at least one spacer (18). A combination of the housing or kit of parts and a door, preferably of a cabinet or an installation room, or a cabinet in the field of telecommunications having the mounting surface is described. A use of a friction enhancing element, preferably an O-ring, for mounting a housing to a mounting surface in a non-rotatable manner is also described.

Abstract: A remote monitoring system for telecommunication enclosures includes a low profile or flush mounted sealed transceiver or antenna unit, an electronic module inside of the enclosure electrically connected to the transceiver and a communication device to send signals to the electronic module through the transceiver. The sealed housing generally comprises a portion extending through the exterior surface of the enclosure. In some embodiments, the transceiver may include a radio frequency antenna, a photoelectric cell, a light sensor or an infrared sensor, and the communication device may be a handheld device, a transponder, or a networked computer.

Abstract: A telecommunications module includes a housing, a plurality of contacts, which are exposed to allow the connection of wires herewith, and a connecting device for connecting at least some of the contacts with other contacts of the telecommunications module, wherein the connecting device is partially accommodated in the housing an d partially extends outside the housing.

Abstract: A terminal block (64) of a telecommunications distribution point comprises at least one group of subscriber contacts, at least one group of XDSL contacts, at least two groups of backbone contacts, each backbone contact of the first group being connected to a backbone contact of the second group, and at least one splitter assembly (32) connected to the subscriber contacts, the XDSL contacts and the backbone contacts of the first and/or second group. A distribution point comprises at least one such terminal block.

Abstract: A terminal block (64) of a telecommunications distribution point comprises at least one group of subscriber contacts, at least one group of XDSL contacts, at least two groups of backbone contacts, each backbone contact of the first group being connected to a backbone contact of the second group, and at least one splitter assembly (32) connected to the subscriber contacts, the XDSL contacts and the backbone contacts of the first and/or second group. A distribution point comprises at least one such terminal block.

Abstract: A mounting tray (10) for mounting IDC junction modules to a mounting rail (46) in a telecommunications rack, the mounting tray comprising: (a) a tray (14) adapted to hold one or more IDC junction modules (b) at least one transverse positioning member (40) for positioning the tray in a transverse orientation with respect to the mounting rail (46), and attached thereto, (c) at least one detachable fastener (12) that provides detachable attachment of the mounting tray (10) to the mounting rail (46) through one or more fastening means (38, 32) configured to permit attachment to one or more complementary features (64, 66) on the mounting rail (46).